Auto Repair in Colorado Springs: Frequently Asked Questions

Q: Why are European brake pads more expensive than standard pads, and are they really worth the extra cost? A: At Westco Automotive & Truck, we tell customers the same thing every time: yes, quality European brake pads are worth the extra cost — but not for the reason most people think. European pads for brands like BMW, Mercedes, Audi, Volvo, and VW cost more because they use different friction compounds. Unlike standard pads that prioritize low cost and long life, European pads prioritize bite feel, fade resistance, and low dust. That's why manufacturers like Textar, Pagid, ATE, Jurid, and Brembo are the OE suppliers to almost every European car brand. Most European vehicles use semi-metallic or low-steel friction compounds. These stop the car more aggressively at high speeds — critical for Autobahn-rated vehicles. The trade-off is slightly higher rotor wear, but you get shorter stopping distances and consistent pedal feel. Here's what many people don't know: nearly all European vehicles use electronic wear sensors. When you buy pads from us for a European car, we include new sensors, caliper guide pins, and anti-rattle clips — parts that are sold separately for domestic or Asian vehicles. Bottom line: Cheap pads on a European car cause premature rotor wear, brake judder, and dashboard warning lights. At Westco Automotive & Truck, we only recommend OE-quality brands like Textar and Pagid for European vehicles. They cost more upfront, but they restore factory stopping performance and prevent repeat labor charges.

A: At Westco Automotive & Truck, we inspect heavy duty brakes every 10,000–15,000 miles for our commercial fleet customers. But replacement intervals and the actual brake job itself vary dramatically depending on which axle you're working on. Here's what we actually see in our shop by mileage: Highway fleet truck – 80,000–120,000 miles (steer axle), 40,000–80,000 miles (drive axles) Dump truck or refuse hauler – 15,000–30,000 miles Local delivery (stop-and-go) – 30,000–50,000 miles We use Bendix, Meritor, Eaton, Gunite, and Haldex components because they hold up under real working conditions. How Axle Type Changes the Brake Job Solid Axle (Straight Axle) – Front or Rear A solid axle means both wheels are connected by a single rigid beam. When you brake, the entire axle moves as one unit. Why the brake job is different: On a solid axle, brake torque is transferred across the axle housing to the vehicle frame. That means worn bushings or loose U-bolts will cause brake pull and uneven lining wear that you don't see on independent suspensions. At Westco Automotive & Truck, we always check spring perches, U-bolts, and axle alignment when doing solid axle brakes — most shops skip this. vehicles: Class 4-6 box trucks, dump trucks (single rear axle), older tractors, trailers Tandem Axle (Drive Tandem) – Two Rear Axles This is two drive axles side by side, connected by a power divider and suspension walk beams. Why the brake job is different: Brakes on a tandem axle must be balanced across all four corners of the tandem group. If you replace brakes on just one axle of a tandem pair, the axle with new brakes will grab harder, causing the other axle to under-brake or skid. That destroys tires and can cause jackknifing. At Westco Automotive & Truck, we require replacing all four brake sets on a tandem axle at the same time (both axles, all wheels). We also check the power divider and inter-axle differential — a failing power divider can mimic brake pull but requires drivetrain repair, not brakes. Common vehicles: Class 7-8 semi-trucks (tractors), heavy dump trucks, concrete mixers Lift Axle (Tag Axle or Pusher Axle) A lift axle is an extra axle that raises when not needed (empty or light load) and lowers under heavy weight. Why the brake job is different: Lift axles often have inactive brakes when raised, which means the drums and hardware can rust, seize, or develop flat spots from non-use. When the driver lowers the axle and hits the brakes, those rusted components may not engage — or worse, they grab suddenly. At Westco Automotive & Truck, we manually activate lift axle brakes on every service, measure drum runout even if the truck came in for something else, and replace any hardware that shows corrosion. We also recommend more frequent inspection on lift axles (every 5,000 miles) because they fail from sitting, not from wear. Common vehicles: Concrete pump trucks, heavy haulers, some fuel tankers Steer Axle (Front Axle) The steer axle does the least amount of braking work (about 25-30% of stopping power) but is the most safety-critical. Why the brake job is different: Steer axle brake failure causes loss of directional control — you can't steer through a stop if the front brakes lock or fail. Also, steer axle brakes on trucks are often larger diameter than drive axles (16.5" vs 15" drums) and use different friction material to handle heat without fade. At Westco Automotive & Truck, we never resurface steer axle drums — we replace them. We also check kingpins, tie rod ends, and wheel bearings during every steer axle brake job because looseness in those components will destroy new brakes within weeks. Common vehicles: All heavy trucks (front axle) Warning Signs You Should Never Ignore Regardless of axle type, these three signs mean immediate attention: Pulsation or vibration – Usually means drum thickness variation or heat cracks. We measure runout on every service. Brake pull – One brake grabbing before others. Often a slack adjuster issue or oil contamination on friction material. Cracking on drum edges – Heat cracks that connect across the drum surface or reach the mounting flange mean immediate replacement. Heavy duty brakes fail differently than passenger brakes. You rarely hear squeal. Instead, you'll feel reduced stopping power under load or longer pedal travel. At Westco Automotive & Truck, we also measure chamber pushrod stroke — anything over 2 inches on most chambers means immediate attention. Bottom line: A heavy duty brake job is not one-size-fits-all. Solid axle, tandem, lift, and steer axles each have unique failure modes and service requirements. Come see us at Westco Automotive & Truck, and we'll inspect your entire system — not just the pads and drums.

A: At Westco Automotive & Truck, the single most common mistake we see is never draining the air tanks — and we've learned this from almost 10 years of working on commercial trucks every day.Unlike hydraulic brakes that use fluid, air brakes rely on compressed air, which naturally contains water vapor. That vapor condenses inside the air tanks. If you don't open the tank drain valves daily (or at least weekly), water pools at the bottom, rusts the tank from the inside, and freezes in cold weather — blocking air flow entirely. Even worse, water contamination destroys your air dryer desiccant cartridge. We recommend Bendix, Wabco, or Haldex air dryers and replacement cartridges for a reason — they actually remove moisture when maintained properly. Skip maintenance, and moisture gets past the dryer into brake valves, chambers, and the foot valve. That leads to sticky brakes, delayed release, or total lockup. How Air Brake Requirements Differ by Axle Position Steer Axle (Front) – Quick-Release Valves Steer axle brakes must release faster than drive or trailer brakes. Why? If the front brakes drag even slightly, the truck pulls to one side during normal driving. That's why steer axles use quick-release valves mounted directly near the steer axle chambers. What we do at Westco Automotive & Truck: When servicing steer axle air brakes, we always test quick-release valve function. A slow valve causes pull and uneven steer tire wear. We replace with Bendix or Haldex quick-release valves — never generic. Drive Axles (Tandem) – Dual Service Chambers Drive axles on tandem trucks usedual service chambers(spring brake chambers). These combine normal service brakes with parking/emergency spring brakes. The spring section is dangerous — it stores 2,500+ pounds of force. What we do at Westco Automotive & Truck: We never open a spring brake chamber in the shop without caging the spring first. We also check that both drive axles receive equal air pressure. Uneven pressure between the forward and rear drive axle causes one axle to brake harder than the other, destroying tires and drivetrain components. We use Meritor, Bendix, or TSE chambers. Lift Axle (Tag or Pusher) – Proportional Relay Valves Lift axles have unique air brake requirements because they're only on the ground part-time. Without special valves, a lift axle would lock up immediately when empty. What we do at Westco Automotive & Truck: Lift axles require proportional relay valves or load-sensing valves that reduce braking force when the axle is lightly loaded. We've seen shops bypass these valves — that's dangerous and illegal. We use Haldex or Bendix proportional valves and test them with weight on and off the axle during every lift axle service. Trailer Axles – Two-Line System Trailer air brakes use a separate two-line system (supply line and control line). The most common trailer mistake? Drivers backing under a trailer without fully charging the air system, then having no trailer brakes. What we do at Westco Automotive & Truck: We test trailer gladhands, seals, and the emergency relay valve on every trailer brake job. We also verify that the trailer spring brakes apply automatically when the supply line is disconnected — that's a federal requirement. We stock Sealco, Bendix, and Haldex trailer air components. The Second Most Common Mistake Miss Adjusting slack adjusters without marking the clevis pin position. We see over-tightened brakes that drag and overheat, or under-tightened brakes with excessive pushrod stroke. Even Gunite and Meritor automatic slack adjusters need periodic stroke measurement. At Westco Automotive & Truck, our air brake service always includes: Draining and inspecting air tanks Testing the air dryer and replacing desiccant cartridges every 12 months or 50,000 miles Measuring slack adjuster stroke on every chamber — by axle position (steer, drive, lift, trailer each have different stroke limits) Testing quick-release valves (steer), proportional valves (lift), and spring brake caging mechanisms (drive) Bottom line: Air brakes are not one system — they're four different systems (steer, drive, lift, trailer) that all have to work together. Come see us at Westco Automotive & Truck, and we'll check every valve, chamber, and line by axle position.

A: At Westco Automotive & Truck, we replace — not resurface — a brake drum under any of these four conditions. We've learned these rules from almost 10 years of working on commercial trucks every day. The drum is at or beyond its maximum diameter – Every drum has "MAX DIA" stamped on the casting (e.g., 12.620"). Once resurfacing pushes past that spec, the drum is too thin to dissipate heat safely. Cracks extend to the mounting flange or web area – Hairline heat cracks on the friction surface are normal. Cracks that reach the outer edge or bolt holes are not. The drum is out-of-round beyond 0.010 inches – If we can see visible flat spots or ovality without a dial indicator, resurfacing won't fix deep distortion. The drum has been resurfaced more than once before – Most drums only have one resurfacing life before they reach max diameter. We use Gunite, Webb, Centric, and Bendix drums because they clearly mark their wear limits and hold up under commercial use. How Drum Requirements Differ by Axle Position Steer Axle Drums (Front) – Full-Cast, No Weld Steer axle drums take the most heat from repeated stops but the least mechanical abuse. They must be perfectly round and balanced because any vibration goes straight to the steering wheel. What we do at Westco Automotive & Truck: We only use full-cast steer drums — never welded or fabricated drums. Welded drums can separate at the weld seam on steer axles, causing sudden wheel lockup. We recommend Gunite or Webb full-cast drums for all steer axle replacements. We also never resurface steer drums — always replace. Size difference: Steer drums on Class 8 trucks are typically 16.5" diameter, while drive drums are often 15" or 16.5" depending on application. Drive Axle Drums (Rear Tandem) – Fabricated or Cast Drive drums have more options because they see lower peak temperatures but more mechanical stress from torque and wheel slip. What we do at Westco Automotive & Truck: For highway fleet trucks, we use fabricated drums (welded steel shell with cast iron liner) because they're lighter and cool faster. For heavy haul or off-road, we use full-cast drive drums because they resist cracking under high torque. Both are available from Gunite, Webb, and Bendix. Critical rule: When replacing drums on a tandem drive axle, we replace all four drums at the same time (both axles, all wheels). Mixing drum types (cast vs fabricated) or brands creates imbalance. Lift Axle Drums – Thin-Wall or Standard Lift axles do less braking work and are often raised for highway driving, so heat is rarely an issue. But lift axles are prone torust jacking— rust forming between the drum and hub, causing the drum to run out-of-round even when parked. What we do at Westco Automotive & Truck: On lift axles, we often recommend thin-wall drums (lighter weight) to reduce unsprung mass. But we also require more frequent lift axle drum inspection (every 5,000 miles) because rust jacking can distort a drum without any visible wear on the friction surface. We use Webb or Gunite thin-wall drums for lift axle applications. Trailer Axle Drums – Standardized, High-Wear Trailer drums see the least heat but the most miles and the worst environmental exposure (road salt, water spray). What we do at Westco Automotive & Truck: Trailer drums wear evenly across all axles because trailers don't have engine braking. We replace trailer drums in full axle sets (all drums on the trailer at once). We also apply anti-seize to the hub pilot and use coated drums from Centric or Bendix to prevent rust seizure — a common problem on trailers parked for weeks. Can I Replace Just One Drum? Never. At Westco Automotive & Truck, we always replace drums in axle pairs. On a tandem heavy truck, we replace all four drums if wear is consistent across both axles. Even identical new drums from Gunite or Webb can have slight metallurgical differences. Replacing one drum and not the other on the same axle creates brake imbalance, causing pulling, uneven wear, and longer stopping distances. On a tandem axle, replacing only two of four drums is even worse — the axle with new drums brakes harder than the old axle. Bottom line: Come see us at Westco Automotive & Truck, and we'll match the right drum type to each position on your truck.

A: At Westco Automotive & Truck, this is one of the most common questions we get. Unlike disc brakes where you can often see pad wear through the wheel, drum brakes are hidden — so problems sneak up on people. After almost 10 years in the shop, here's what we tell every customer. You need to replace your brake drums when: The drum is scored or grooved – If you can catch your fingernail on a groove inside the drum, it's too deep. New brake shoes won't make full contact, and you'll lose stopping power. The drum is out-of-round – Drums don't wear perfectly round. When they become oval, you'll feel a pulsing brake pedal or a surging sensation when stopping slowly. Most specs allow only 0.002–0.003 inches of runout — barely the thickness of a sheet of paper. The drum has a noticeable lip on the inner edge – That lip means the drum has worn past its original diameter. If you force new shoes over that lip, the shoes won't seat properly, and you'll have a high, hard pedal with poor braking. The drum is at or beyond maximum diameter – Every drum has a maximum diameter stamped on the casting (e.g., "MAX DIA 9.090" or "MAX DIA 10.120"). Once the drum reaches that number, it's too thin to safely dissipate heat. At Westco Automotive & Truck, we measure every drum with a brake drum gauge — never guess. The drum is cracked – Hairline heat cracks are normal on heavy use. But any crack that reaches the outer edge or the bolt hole means immediate replacement. Can I Just Replace the Shoes and Not the Drums? Sometimes yes — but often no. Here's our rule at Westco Automotive & Truck: If the drum measures within spec, has no groove, and is round → resurface it (if there's enough material left) or install new shoes on the existing drum after light sanding. If the drum is at max diameter, grooved, or out-of-round → replace the drum. Installing new shoes on a bad drum will ruin the new shoes within weeks, and you'll be back for another brake job. We use Centric, Raybestos, Bendix, Bosch, and Wagner drums because they match OE fitment and come with the correct pilot diameter and bolt pattern. What About Resurfacing (Turning) Drums? Resurfacing is an option if: The drum is still well below max diameter The groove or scoring is light (less than 0.030 inches deep) The drum isn't cracked or heat-checked badly But at Westco Automotive & Truck, we've found that resurfacing makes less sense than it used to. Replacement drums for most cars and light trucks are affordable, and resurfacing removes material — bringing the drum closer to its max diameter and shortening its remaining life. For many customers, new drums cost only slightly more than paying for resurfacing labor. Common Vehicles We See with Drum Brakes (Rear Only) Should I Replace Drums in Pairs? Y es — always. At Westco Automotive & Truck, we never replace just one drum. Even if only one drum looks bad, the other drum has the same age and miles. Replacing one creates uneven braking, which can cause the rear end to step out during a hard stop or when braking on wet roads. We replace drums in axle pairs — both rear drums at the same time. We also recommend replacing the hardware kit (springs, clips, and adjuster) with every drum and shoe replacement. Hardware costs less than $20 but prevents noises and uneven wear. Brands We Trust at Westco Automotive & Truck Quick Signs Your Drums Need Attention Parking brake holds poorly or releases unevenly Grinding noise from rear wheels (metal-on-metal) Brake pedal feels low and spongy, then grabs Vehicle pulls to one side when braking Hand brake lever pulls up unusually high Bottom line: Don't ignore drum brakes just because they're out of sight. At Westco Automotive & Truck, we inspect your drums with every brake service — and we're honest about whether you need new drums, resurfacing, or just fresh shoes. Come see us, and we'll show you exactly what your drums look like on the lift.

A: At Westco Automotive & Truck, we get this question almost every week from car enthusiasts. The honest answer? For street driving only — no, drilled rotors are not better. In fact, they're often worse than quality blank rotors. After almost 10 years of installing performance brakes, here's what we've learned. Drilled vs. Slotted vs. Blank Rotors — The Truth Drilled Rotors Drilled rotors were designed for race cars to outgas brake pad vapors under extreme heat. But street driving never generates enough heat to cause outgassing. What does happen? The drill holes act as stress risers, causing micro-cracks that spread from hole to hole. What we see at Westco Automotive & Truck: On daily-driven cars, even premium brands like Brembo and EBC drilled rotors develop cracks between the holes long before the rotor reaches minimum thickness. Those cracks eventually reach the edge, and the rotor fails. Verdict: Show cars or very light track use only. Not for daily drivers. Slotted Rotors Slotted rotors serve a real purpose. The slots wipe the pad surface clean, break glazing, and improve initial bite. They do not crack like drilled rotors. What we see at Westco Automotive & Truck: Slotted rotors work well for aggressive street driving, autocross, and canyon carving. The trade-off? They eat pad material faster — typically 15–20% shorter pad life. You'll also hear a slight humming or whirring sound under braking. Verdict: Good for spirited street driving. Not necessary for commuting. Blank (Smooth) Rotors The best rotor for most street performance cars is a high-carbon blank rotor— no holes, no slots. Blank rotors offer the most thermal mass, no cracking risk, and even pad wear. What we see at Westco Automotive & Truck: High-carbon blanks from Centric Premium, Bremco, Bosch, or Raybestos outperform drilled rotors in every real-world street test. They stop shorter, last longer, and cost less. Verdict: Best for daily drivers, even performance-oriented ones. Performance Brake Pads — Matching the Pad to Your Driving At Westco Automotive & Truck, we stock multiple pad compounds because no single pad works for everyone. Big Brake Kits — Do You Need Them? A big brake kit (larger rotors, multi-piston calipers) does two things: increases thermal capacity and improves pedal feel. But here's what most people don't realize — big brake kits do not shorten your stopping distance on street tires. Your tires are the limiting factor. At Westco Automotive & Truck, we recommend big brake kits only if: You track your car regularly (3+ events per year) You experience brake fade on mountain roads or canyons You've upgraded to sticky tires (200tw or lower) and still overheat brakes You want the look and are willing to pay for it (typically $2,000–$5,000+) Brands we trust: Brembo, StopTech, Wilwood, Power Stop, and EBC. Performance Brake Upgrades by Budget Under $500 (Rotors + Pads) High-carbon blank rotors + ceramic pads Example: Centric blank rotors + Power Stop Z23 or Wagner ThermoQuiet Best for: Daily drivers who want cleaner wheels and better feel $500–$800 (Slotted Rotors + Performance Pads) Slotted rotors + performance ceramic or low-metallic pads Example: EBC slotted rotors + EBC Yellowstuff or Hawk HPS 5.0 Best for: Spirited street driving, canyon runs, autocross $900–$2,500 (Track-Day Setup) Directional slotted rotors + track-capable pads + high-temp fluid Example: StopTech slotted rotors + Hawk DTC + Motul RBF 600 fluid Best for: Track days, heavy towing, mountain driving $3,000+ (Big Brake Kit) Large-diameter 2-piece rotors + 4/6-piston calipers Example: Brembo GT kit, StopTech ST60, Wilwood Aero6 Best for: Dedicated track cars, show cars, serious enthusiasts Performance Brake Fluid — The Overlooked Upgrade At Westco Automotive & Truck, we tell every performance customer: don't forget fluid. Standard DOT 3 fluid boils around 400°F. Performance fluid handles 500–600°F. Motul RBF 600 – Great for track days and heavy use (dry boiling point 594°F) ATE Typ 200 – Good for spirited street and autocross (536°F) Castrol SRF – Best of the best, but expensive (dry boiling point 590°F, wet 518°F) We recommend flushing brake fluid every 2 years for performance street cars, and every year for track cars. Common Performance Brake Questions Q: Will performance brakes make my car stop faster in an emergency stop? A:Not really. Your tires determine emergency stopping distance. Performance brakes help with repeat stops(fade resistance) and pedal feel, not single-stop distance. Q: Do I need to break in new performance brakes? A:Yes — absolutely. Every performance pad needs a bed-in procedure. At Westco Automotive & Truck, we provide bed-in instructions with every performance brake install. Skip bed-in, and you'll get glazed pads, noise, and poor bite. Q: Will performance pads work in cold weather? A:Most do. But aggressive track pads like Hawk DTC or EBC Bluestuff need heat to work. On a freezing morning, they'll feel grabby or weak until warmed up. For year-round street driving, stick with EBC Yellowstuff or Hawk HPS 5.0— they work from cold. Brands We Trust at Westco Automotive & Truck Bottom line: At Westco Automotive & Truck, we don't upsell you on drilled rotors you don't need. We listen to how you actually drive, then recommend the right setup — whether that's quality blanks and ceramic pads for your daily, slotted rotors and track pads for your weekend car, or a full big brake kit for your track toy. Come see us, and we'll build a performance brake package that matches your driving — not your Instagram feed.

A: At Westco Automotive & Truck, we believe in being honest with our customers. Economy brake pads will save you money today — but whether they save you money over time depends entirely on how you drive and how long you plan to keep your vehicle. After almost 10 years in the shop, we've learned that "economy" doesn't mean "bad." It means targeted value. Here's what you're really getting, what you're giving up, and when spending more makes sense. What You Get with Economy Brake Pads Economy pads from reputable brands like Wagner's value line, Centric C-Tek, Bosch's economy series, or Raybestos R-Line are safe and legal. They meet FMVSS 121 (Federal Motor Vehicle Safety Standard) minimum requirements. Your vehicle will stop. The pedal will feel firm. At Westco Automotive & Truck, we sell economy pads starting around $70–$100 per axle for most cars and light trucks (plus labor). That's real savings compared to premium pads at $90–$180 per axle. What You're Giving Up — The Real Trade-Offs Here is exactly what you sacrifice when you choose economy pads over premium options like Akebono, Brembo, Wagner ThermoQuiet, or Bosch Blue: The math on pad life alone: A $50 economy pad that lasts 25,000 miles costs **$0.002 per mile. A $120 premium pad that lasts 60,000 miles costs **$0.002 per mile— the same cost per mile, with better performance, less dust, and no noise. When Economy Brakes Make Sense at Westco Automotive & Truck We recommend economy pads to customers in these situations: 1. You're selling the vehicle within 12 months Why spend $120 on premium pads for a car you're trading in next month? Economy pads will stop the car safely for the next owner without eating into your sale price. 2. You drive less than 8,000 miles per year If you put 20,000 miles on economy pads over three years, that's actually good value. You'll never experience fade because you're not hammering the brakes daily. 3. Rear brakes on a front-wheel-drive car Rear brakes do only 20–30% of your stopping work. Economy pads in the rear with premium pads in the front is a smart compromise. AtWestco Automotive & Truck, we offer this as a "mixed axle" package. 4. Older vehicle with high miles (150,000+) If the vehicle has structural rust or transmission issues, don't invest in premium brakes. Economy pads keep you safe without overcapitalizing on a vehicle near the end of its life. 5. Fleet / delivery vehicles with frequent brake changes Some fleet customers prefer economy pads because they're replacing brakes every 20,000 miles anyway due to hard use. The shorter life is already baked into their maintenance schedule. When You Should Absolutely Upgrade to Premium Pads At Westco Automotive & Truck, we strongly recommend premium pads (starting around $90–$220 per axle plus labor) for: Family vehicles – Minivans, SUVs, sedans that carry your kids. The extra stopping consistency matters. Mountain or hilly driving – Economy pads fade on long descents. That's dangerous. Rideshare / taxi / delivery – You need brakes that last 50,000+ miles and resist fade stop after stop. Towing – Even light towing generates heat. Economy pads will glaze and fail. Anyone keeping their car for 3+ years – Premium pads pay for themselves in longevity alone. What About Hardware? Most Economy Pads Don't Include It Here's something many shops don't tell you: most economy pads come as just the friction material — no replacement clips, no shims, no guide pins, no grease. At Westco Automotive & Truck, we check your existing hardware. If it's corroded or missing, we add a hardware kit for $35–$75. Premium pads from Akebono, Wagner ThermoQuiet, and Bosch Blue include full hardware in the box. You're not just buying pads — you're buying a complete axle kit. Economy Brake Brands We Trust at Westco Automotive & Truck We don't sell no-name internet pads. When you buy economy brakes from us, you get real brands: And when you upgrade, we carry: The Westco Automotive & Truck Recommendation For most daily drivers: Start at the mid-tier — not economy, not premium. Brands like Wagner ThermoQuiet or Bosch Blue at $80–$120 per axle give you 80% of the premium benefit for 60% of the price. For tight budgets: Economy pads are fine if you understand the trade-offs. We'll be honest with you about when they make sense and when they don't. For safety-critical vehicles: Spend the money on premium. Your family is worth the extra $40–$60 per axle. Bottom line: At Westco Automotive & Truck, we don't shame customers for choosing economy pads. We explain exactly what you're getting, what you're giving up, and how to get the best value for your specific situation. Come see us, and we'll show you economy, mid-tier, and premium options side by side — then help you choose the right one for your car and your budget.